A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SLIDE METHOD FOR RIGID-FRAME STRUCTURE
To provide a slide method that suppresses the horizontal force of a column base due to the weight of a rigid-frame structure.SOLUTION: Portal partial frames 4A to 4C of the first slide are assembled with both ends of a roof R in a pin-joined state, each part is fully tightened and jacked down in that state, a roof finish is attached, and then members are added to both ends of the roof R to make a rigid frame. A traction device 6 is installed, and the first sliding movement is made. Next, a new portal partial frame 4E is assembled with both ends of the roof R in the pin-joined state, and a roof member of the portal partial frame 4D that connects that to the slid portal partial frame 4C is assembled in the pin-joined state and jacked down in that state. After that, the roof finishes are attached to the portal partial frames 4D and 4E, and members are added to both ends of the roof R of the portal partial frame 4E to form a rigid frame. Then, the roof member of the portal partial frame 4D is fully tightened, and the entire integrated portal partial frame 4 is slid.SELECTED DRAWING: Figure 5
【課題】ラーメン構造物の自重による柱脚部水平力を抑制するスライド工法の提供。【解決手段】１回目スライドの門型部分架構４Ａ〜４Ｃを、屋根部R両端をピン接合状態にて組立て、その状態で各部を本締めしジャッキダウンし、屋根仕上げを取付け後、屋根部R両端に部材追加してラーメン架構とする。牽引装置６を設置し、１回目のスライド移動をする。次に、屋根部Ｒ両端をピン接合状態にて新たな門型部分架構４Ｅを組立て、それとスライド済み門型部分架構４Ｃとを連結する門型部分架構４Ｄの屋根部材をピン接合状態にて組立て、その状態にてジャッキダウンする。その後、門型部分架構４Ｄと４Ｅに屋根仕上げを取付け、門型部分架構４Ｅの屋根部Ｒ両端に部材追加してラーメン架構とし、門型部分架構４Ｄの屋根部材を本締めし、一体化した門型部分架構４全体をスライド移動する。【選択図】図５
SLIDE METHOD FOR RIGID-FRAME STRUCTURE
To provide a slide method that suppresses the horizontal force of a column base due to the weight of a rigid-frame structure.SOLUTION: Portal partial frames 4A to 4C of the first slide are assembled with both ends of a roof R in a pin-joined state, each part is fully tightened and jacked down in that state, a roof finish is attached, and then members are added to both ends of the roof R to make a rigid frame. A traction device 6 is installed, and the first sliding movement is made. Next, a new portal partial frame 4E is assembled with both ends of the roof R in the pin-joined state, and a roof member of the portal partial frame 4D that connects that to the slid portal partial frame 4C is assembled in the pin-joined state and jacked down in that state. After that, the roof finishes are attached to the portal partial frames 4D and 4E, and members are added to both ends of the roof R of the portal partial frame 4E to form a rigid frame. Then, the roof member of the portal partial frame 4D is fully tightened, and the entire integrated portal partial frame 4 is slid.SELECTED DRAWING: Figure 5
【課題】ラーメン構造物の自重による柱脚部水平力を抑制するスライド工法の提供。【解決手段】１回目スライドの門型部分架構４Ａ〜４Ｃを、屋根部R両端をピン接合状態にて組立て、その状態で各部を本締めしジャッキダウンし、屋根仕上げを取付け後、屋根部R両端に部材追加してラーメン架構とする。牽引装置６を設置し、１回目のスライド移動をする。次に、屋根部Ｒ両端をピン接合状態にて新たな門型部分架構４Ｅを組立て、それとスライド済み門型部分架構４Ｃとを連結する門型部分架構４Ｄの屋根部材をピン接合状態にて組立て、その状態にてジャッキダウンする。その後、門型部分架構４Ｄと４Ｅに屋根仕上げを取付け、門型部分架構４Ｅの屋根部Ｒ両端に部材追加してラーメン架構とし、門型部分架構４Ｄの屋根部材を本締めし、一体化した門型部分架構４全体をスライド移動する。【選択図】図５
SLIDE METHOD FOR RIGID-FRAME STRUCTURE
ラーメン構造物のスライド工法
KAWAZOE TOSHIYUKI (author) / KONISHI HIDEKAZU (author) / TAKAYAMA HIDEKATSU (author)
2019-12-19
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
RIGID FRAME STRUCTURE AND METHOD FOR CONSTRUCTING RIGID FRAME STRUCTURE
| European Patent Office | 2023